E2 Technologies (E2T) was founded in Ventura, California in 1974 and has been well recognized in the petrochemical industry for more than 40 years. E2T is known as a specialist in the Sulfur Furnace Temperature (SRU) application.
Maintaining the electric power grid
Monitor your substation assets with early detection and remote thermal imagingFind out more
Meet the IGAR 6 Advanced
Featuring automatic transition between 1-color and 2-color measurement modes!Learn more
NEW IGA 140/23 pyrometer
Ideally suited for low temperature metal, ceramic, graphite, and other material applications starting at
Optimal reformer temperature can prolong tube life 5 to 10 years. How are you monitoring your furnace temperature?Find out more
PULSAR 4 now with HART
Optimize your Sulfur Recovery Unit with continuous monitoring of both refractory and gas temperaturesFind out more
LumaSense Technologies, Inc.® is one of the world's most trusted providers of innovative temperature and gas sensing devices. By applying LumaSense's proven systems and software, customers in Global Energy, Industrial Materials, Advanced Technologies, and Other Markets are able to reduce waste and inefficiency in their processes.
Thermal Imager MCS640
Fixed thermal imaging system for high-temperature applications
Infrared Thermometer E2T PULSAR 4
Infrared thermometry for sulfur reactors
Industry's most cost- effective Dissolved Gas Analysis solution
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LumaSense introduces ThermalSpection 724 infrared camera for automated high-voltage equipment monitoring
Automated, continuous thermal and visual monitoring of electric grid substations and critical industrial assets for early fault detection
The IMPAC IGAR 6 Advanced is a digital, compact pyrometer with 1-color, 2-color, and Smart operating modes for non-contact temperature measurement in ranges between 100 to 2000 °C. This product is unique not only because of the wide temperature range, but due to the employed seamless ‘switchover’ technology.
Flaring systems are common in many industries to burn gases before they enter the atmosphere. The safe operation of a flaring system requires the continuous monitoring of pilot flames and flared gases. Combination thermal imaging and pyrometer flare monitoring technologies provide a monitoring solution for multiple flare tip flares.